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Local Anesthetic Sedation & Anesthesia in Dental Practice LOCAL ANESTHESIA: “30+ Years of Hits, Misses and Near MiSs- THE NATIONAL NETWORK for ORAL HEALTH ACCESS es” THE 2015 ANNUAL CONFERENCE Indianapolis, Indiana November 16th , 2015 Mel Hawkins, DDS, BScD AN Dentist / Dentist Anesthesiologist Toronto, ON Canada www.sedationdentistry.us [email protected] AGENDA 1 2 3 Anatomy, What can What’s new? Blocks, go wrong Paresthesia, Road and what reversing, Blocks, to do buffering, inhalational More about it? and more Blocks PART ANATOMY, BLOCKS, ROAD BLOCKS AND MORE BLOCKS THE ELUSIVE McDibular BLOCK …millions and millions served . Trivia: The dental local anesthesia industry combined now serves up 330 million cartridges every year in North America A=86% B=7% C=7% Inferior Alveolar Block “Conventional” as opposed to a “mandibular block” Relationship of: Conventional (inferior alveolar) Akinosi, closed mouth Gow-Gates “condylar neck” Hybrid, “mix and match” blocks Reasons for Failure Anatomical Variations: • Hard tissue anatomy • Connective tissue and Neurovascular anatomy Dr. George Gow-Gates, Dr. J. Watson, University of Sydney, Australia 3 Major Factors: •Internal Oblique Ridge •Sphenomandibular fascial barrier •Risks: Nerves, Arteries The distance between the internal and external oblique line of the mandible varies. Adapted from Dr. N. B. Jorgensen Netter, Grant’s Anatomy Anatomical Influences: The maxillary artery, passes through the high pterygomandibular triangle region The Question is: What is the risk of an intraarterial injection? Clinically Unlikely Internal Maxillary Artery Characteristics: • Thick smooth muscle wall • Well innervated • Constricts or arteriospasms, eliminates lumen • Artery is mobile within the anatomical area • Pulse pressure True Confessions Histology Horizontal X-S, level of Conventional I.A.N.Block Courtesy Dr. G. A. E. Gow-Gates, Dr. J. Watson Horizontal X-S, level of Gow-Gates Mandibular Block Courtesy Dr. G. A. E. Gow-Gates, Dr. J. Watson Conventional Advantages • Intra-oral landmark for 110 years • Practitioner acceptance for 110 years • Fast onset if accurate and no neural aberrance, as in grade B and C anesthesia problems (14%) Conventional Disadvantages • Increased vascularity • Anatomical variance • Macroglossia • Paresthesia mechanical - lingual claims experience X2 • (Long) buccal nerve “block” Syndrome: “The Chin on the Chest” Rx Open the Airway Coronoid Notch Definition: Greatest antero-postero indentation depth on the anterior border of the ramus Bevel Orientation – faces mid-sagittal plane… this way …but deflects this way Long Buccal Nerve: Infiltration or “Block” QUESTIONS? PART WHAT CAN GO WRONG AND WHAT TO DO ABOUT IT? Infiltration of Mandibular Molars Buccal and lingual approach 1 Lingual Infiltration Advantages: • Thin cortical plate • Lingual foramina • Patient acceptance • Lingual nerve blocked already Lingual Infiltration Disadvantages: • Ballooning of tissue • Avoiding submandibular salivary gland • Vision Lingual Infiltration Patient selection criteria enhancement: • Missing adjacent teeth • Thinner alveolar anatomy • Younger/older patients • Root anatomy visible • Vertical buccal shelf form Lingual Infiltration Technique: • Apical to mucogingval junction • Tissue expands • Avoid submandibular gland • Vision enhanced by position and tongue retraction Lingual Infiltration - Summary Technique: • Where? Just apical to mucogingival junction • Bevel – facing bone • Depth: 2-3 mm • Volume: 0.5 - 0.7 cc • Onset time: ~ 5 minutes CONVENTIONAL MANDIBULAR ANESTHESIA 5 TIPS & TRICKS to think about? 1 Chin up to the ceiling Head position consistent every time! 1 • Consistency • Roll of gravity? 2 Scissors Mouth “Rester” Prop or “rester” Right side goes with right side technique 3 Volume Considerations • Amount given, then available time for diffusion • Neuroanatomy (penetrable diameter) How many “carps” are enough… 2 ? are too much… 4 ? for a block Leonard M, Local Anesthesia Volume and Success Rates, JADA Vol. 126(833) 4 Onset Time Leonard M, Local Anesthesia Volume and Success Rates, JADA Vol. 126(833) Lip v. Pulpal Anesthesia 5 The Influence of SOLUTION pH Primarily due to concentration of HCl the LA molecules are dissolved in. Also proportional to vasoconstrictor concentration and it’s antioxidant, NaHSO3 = H2SO4 The Influence of SOLUTION pH generic name epinephrine pH 3% mepivacaine ~5.4 4% prilocaine ~5.4 4% articaine 1:200,000 ~4.9 4% prilocaine 1:200,000 ~4.9 2% lidocaine 1:100,000 ~4.3 4% articaine 1:100,000 ~4.3 2% lidocaine 1: 50,000 ~3.9 Cook-Waite / Sterling Research Laboratories pH of ~ 5.4 favorable “plain” local anesthetic PART ARTICAINE STATUS, REVERSING, BUFFERING, INHALING LOCAL ANESTHESIA AND TOPICALS LOCAL ANESTHESIA SOLUTIONS EFFICACY Articaine Articaine Brands: “100” / “200” epinephrine Septocaine® Orabloc® Articadent® Zorcaine® Articaine A statistically significant scientific study demonstrated that 4% articaine 1:100K performed more efficaciously than 2% lidocaine 1:100K in controlled clinical administrations. Kanaa, MD et al, J.Endod 32:296-298,2006 Articaine The pulpal anesthetic efficacy of articaine versus lidocaine in dentistry: Articaine solutions had a probability of achieving anesthetic success superior to lidocaine when analyzing infiltration. Brandt RC et al JADA 142(5):493-504 2011 Articaine The pulpal anesthetic efficacy of articaine versus lidocaine in dentistry: • Weaker, but still significant evidence of articaine’s superiority for mandibular block anesthesia. • No difference for symptomatic teeth (e.g. irreversible pulpitis) Brandt RC et al JADA 142(5):493-504 2011 Chemistry: Sulfur atom The sulfur atom forming the highly lipid soluble thiophene ring is non-reactive. There is NO cross allergenicity (Ag-Ab) interaction for a patient allergic to “sulfas” or “sodium or potassium metabisulfites” CH3 H3C NH-CO-CH-NH-CH2-CH2-CH3 Structural formula and physical - COOCH3 HCI chemical data for articaine Metabolism – ester component Although classified as an amide local anesthetic, the articaine molecule is 90% inactivated by plasma cholinesterases and only 10% by hepatic enzymes. Metabolism The good news is: 1. The metabolite from the ester linkage inactivation is NOT para-amino benzoic acid (PABA), a known allergen. 2. The FAST action results in a short ½ life (27 minutes). This represents a systemic safety phenomenon. Search: Safety These authors could not find a single mortality linked to articaine, in any age group, in it’s years of dental administration in Europe, Canada and currently the U.S.A. Hawkins JM, Moore PA, Local Anesthesia: Advances in Agents and Techniques, Dent Clin N Am 46 2002 719-73 Search: Adverse Drug Reactions The product has been available in Germany and France since 1976 and has ~90% of the market, in Canada since 1983 with ~35%, in the United States since 2000, also with ~35%, The authors expected to find ADR reports of post-op sequellae such as lingual nerve and/or inferior alveolar nerve paresthesia. Hawkins JM, Moore PA, Local Anesthesia: Advances in Agents and Techniques, Dent Clin N Am 46 2002 719-732 Search Results: ADR’s This was NOT the case, implying that: . Not being reported . Not occurring . Accepted as an occasional event in dentistry . Aren’t any lawyers in Europe! Hawkins JM, Moore PA Paresthesia Research is Unavailable Is a 4% solution neurotoxic? There is no scientific or research based data to conclude that 4% prilocaine or 4% articaine is directly causitive of dental paresthesia and/or hypesthesia. …HOWEVER… Hawkins JM, Articaine: Truths, Myths and Potentials, Academy of Dental Therapeutics and Stomatology 9 2003 What are YOUR choices? 1. Don’t use it for IAN blocks. Do higher blocks? 2. Use selectively – desperation? 3. Mix, match, dilute(?) with 3% mepivacaine plain (Scandanest®, Carbocaine®) 4. Articaine for IAN/Lingual - with consent? 5. Patient selection? NOTE: Speaker suggests: Do NOT use on lawyers, news anchor women, any media, family, alleged friends or at 4:00 PM Thursday or Friday afternoons Dr. George Gow-Gates, Dr. J. Watson, University of Sydney, Australia QUESTIONS? OraVerse™ Phentolamine Mesylate Injection “Reversing” Local Anesthesia Phentolamine Mesylate reverses SOFT TISSUE ANESTHESIA ONLY Phentolamine Mesylate is NOT a LOCAL ANESTHETIC reversal agent 13% of pediatric patients receiving IANB suffer post-treatment traumatic injury to soft tissues. College C, Feigal R, Wandera A, Strange M. Bilateral versus unilateral mandibular block anesthesia in a pediatric population. Pediatr Dent. 22(6):453-457, 2000. Adults and Adolescents: 60 Minute Efficacy Data Time to Recovery of Normal Lip Sensation Mandible • 54.8%; p<0.000 Phentolamine mesylate accelerates the return to normal sensation by 85 minutes • 41% phentolamine mesylate patients fully recovered in 60 minutes • 7% for control patients 0171, Rev. 10/2008 Pediatric patients also recover sensation in half the time • Median time to recovery of normal Patients 6-11 years old lip sensation compared to control was reduced by: – 120 minutes (67%) in the mandible – 53 minutes (47%) in the maxilla Source: Tavares M, Goodson JM, Studen-Pavlovich D, and colleagues. Reversal of soft-tissue local anesthesia with phentolamine mesylate in pediatric patients. JADA 2008;139(8):1095-1104. Copyright ©2008 American Dental Association. All rights reserved. Excerpted0360, Rev. 11/2010 by permission. Dosing • Easy to Dose − 1:1 cartridge ratio to local anesthetic with a vasoconstrictor using identical injection site • Maximum recommended dose − 2 cartridges for adults
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